- Ingen forme, ingen minimumsbeløb — rapid prototyping og serieproduktion på 2–5 hverdage
- Materialer som PA6-CF, PC-FR og ASA klarer mekanisk belastning, varme op til 180°C og UV-eksponering
- Bruges til funktionelle prototyper, jigs, fiksturer, reservedele og kortserier op til ~200 styk
- Tilbud inden for 24 timer — vi producerer i Varde og leverer i hele Danmark
- Vi har leveret industrikomponenter til bl.a. IKEA, CPH Airport, Faerch og Converdan
Industriel 3D print — også kaldet additivfremstilling — har ændret måden danske produktionsvirksomheder arbejder med rapid prototyping og komponentfremstilling. Hos Maker Factory printer vi dagligt industrikomponenter — fra enkeltdele til kortserier — i materialer der tåler præcis det en industriel applikation kræver: mekanisk belastning, kemikalier, varme og UV-eksponering.
3D Printing for Industrial Production – Strong and Precise Components
3D printing technology makes it possible to produce precise and durable components for industry without the need for expensive molds or lengthy production processes.
Maker Factory delivers tailored solutions to manufacturing companies, machine builders and engineers who need:
- Prototypes & product development
- Production tools & jig fixtures
- Custom-made spare parts
From Prototype to Series Production – Without Limits
Durable & High-Performance Materials For Any Industry
Scale Production Faster – No Expensive Molds
Advanced 3D Printing Technology For Industrial Solutions
Hvad er industriel 3D print?
Industriel 3D print — also kaldet additivfremstilling — bygger emner lag for lag direkte from a digital fil. Teknologien kraever ingen forme, intet saerligt tooling and ingen minimumsbeloeb. Det betyder, at du can faa én enkelt reservedel fremstillet to samme price per styk as 50 — and at gennemloebstiden from godkendt CAD-fil to fysisk emne typisk is 2–5 business days frem for 4–8 uger with traditionel formeproduktion.
Fused Deposition Modeling (FDM) is the mest udbredte technology to industrielle formaal, fordi the haandterer tekniske termoplaster as PA6-CF, PC-FR, ABS and ASA — materials der taaler mekanisk belastning and temperaturer op to 130–180°C. SLA 3D printing bruges, when tolerancerne is taette and detaljen is kritisk — fx to medical udstyr and elektronikprototyper with krav to surface finish under 0,1 mm.
Begge teknologier er tilgængelige hos Maker Factory. Læs vores guides til FDM 3D-print og SLA 3D-print — eller send os en forespørgsel og få anbefaling inden 24 timer.
Faster development, lower costs and maximum flexibility – the production of the future is 3D printed.
Benefits of 3D Printing in Industry
3D printing is revolutionizing industrial manufacturing by offering a faster, more flexible and cost-effective manufacturing process. Without the need for expensive molds, companies can produce customized components with high precision, strong materials and short lead times. This makes 3D printing ideal for prototypes, special tooling and small series production, where traditional production methods are often too time-consuming or expensive.
Fast manufacturing without the need for expensive molds
Traditional production methods like injection molding require expensive molds and long production times. With 3D printing, you can skip this process and get faster delivery, lower production costs, and more design flexibility.
Precise tolerances and high accuracy
Industrial applications require extreme precision. Our 3D printing technology ensures consistent tolerances and high resolution, making it ideal for technical prototypes and functional components.
Materials with high strength and chemical resistance
We offer materials that can withstand high temperatures, chemicals, mechanical wear and electrical discharge, making them suitable for demanding industrial environments.
Cost-effective production in small and medium series
Do you need a small series of custom-made parts? 3D printing makes it possible to produce complex geometries without additional tooling costs, meaning you can get precision parts without a large investment.
Vaelg material ud from din applikations krav to temperatur, strength and miljoe. PLA is not egnet to industriel brug over 60°C:
| Materiale | Styrke | Max temp | Kemisk resistens | Typisk brug |
|---|---|---|---|---|
| PA6-CF | Meget høj | ~180°C | Høj | Jigs, fixtures, mekaniske beslag |
| PC-FR | Høj | ~110°C | Moderat | UL94 V0 flammehæmmende kabinetter, elektrisk udstyr |
| PETG-CF | God | ~85°C | Høj | Let konstruktion, tekniske emner |
| PC | Meget høj | ~110°C | Moderat | Ingeniørdele, højbelastede beslag |
| ASA | God | ~100°C | Meget høj (UV) | Udendørs komponenter, bil- og maskindele |
| TPU 95A | Fleksibel | ~80°C | Høj (olie) | Pakninger, greb, stødabsorberende dele |
| ABS | God | ~95°C | Moderat | Mekaniske dele, elektronikbokse, prototyper |
Choose the right material for your project – strength, durability and precision in one solution.
Materials Adapted to Industry Needs
The industry demands strong, durable and custom materials that can withstand high loads, chemicals and extreme temperatures. With advanced 3D printing materials such as PA6-CF, ESD-safe plastics and flame-retardant resins, we ensure that your components meet the highest standards of precision and performance.
PETG (Polyethylene Terephthalate Glycol) – Impact Resistant & Weather Resistant
PETG combines the strength of ABS with the printability of PLA and is a popular choice for functional prototypes, containers and technical components.
Advantages:
✔ High impact strength & flexibility
✔ Resistant to moisture & chemicals
✔ Suitable for both indoor & outdoor use
PETG-CF (Carbon Fiber Reinforced PETG) – Lightweight, Stiff & Durable
PETG-CF is PETG reinforced with carbon fiber, which provides increased stiffness, higher heat resistance and improved wear resistance.
Advantages:
✔ Low weight combined with high strength
✔ Improved heat resistance
✔ Less warping than standard PETG.
PC (Polycarbonate) – High Strength & Heat Resistant
PC is an extremely strong & heat-resistant material used in industrial applications and technical parts.
Advantages:
✔ Withstands temperatures up to 110°C
✔ Very high impact resistance
✔ Perfect for engineering & mechanical components
PC-FR (Flame Retardant Polycarbonate) – Safety & Durability
PC-FR is a flame-retardant version of PC, which is used in electronics, automotive and industrial applications.
Advantages:
✔ UL94 V0 certified flame retardant
✔ High mechanical strength
✔ Ideal for electrical & fire critical applications
PA6-CF (Nylon-Carbon Fiber) – Extreme Strength & Mechanical Durability
PA6-CF combines the strength of nylon with carbon fiber reinforcement, making it perfect for highly stressed mechanical parts.
Advantages:
✔ Very high mechanical strength
✔ Low weight & high heat resistance
✔ Perfect for technical components
TPU 95A – Flexible & Durable
TPU 95A is a semi-flexible material that combines impact resistance with elasticity, making it ideal for shock absorbers, seals and flexible functional parts.
Advantages:
✔ Moderate flexibility with high abrasion resistance
✔ Resistant to oil & chemicals
✔ Perfect for gaskets & protective parts
TPU 65D – Semi-Flexible & Shock Absorbing
TPU 65D is more rigid than TPU 95A, but still has moderate elastic properties, making it ideal for industrial seals, damping components and durable mechanical parts.
Advantages:
✔ High wear resistance & mechanical durability
✔ Resistant to chemicals & oil
✔ Ideal for technical applications
ASA – UV & Weather Resistant For Outdoor Use
ASA is a strong & UV-resistant material that does not yellow or degrade from sunlight, making it perfect for outdoor components.
Advantages:
✔ UV & weather resistant
✔ Strong & chemical resistant
✔ Perfect for automotive & industrial components
ABS – Impact Resistant, Heat Resistant & Easy To Process
ABS is a durable and easily machined material used in mechanical parts, electronics and industrial equipment.
Advantages:
✔ High impact resistance & heat resistance
✔ Can be treated with acetone vapor
✔ Ideal for functional prototypes & mechanical parts
Hvornaar vaelger du 3D print to industriel produktion?
3D print slaar CNC-bearbejdning and injection molding, when der is tale om lave antal, komplekse geometrier or korte tidsrammer. Her is the konkrete scenarier:
- Du must have a prototype godkendt and can not vente 4–6 uger on a injection molded emne from a forme.
- Du producerer in a oplag on 1–200 styk, hvor investeringen in forme not can betales hjem.
- Du must fremstille a komplekst emne with indre kanaler or integrerede funktioner der is svaere at CNC-bearbejde.
- Du mangler a specialdel to produktionsudstyr and leverandoeren melder 8–12 ugers lead time.
- Du will teste a nyt produktdesign visuelt and mekanisk inden du binder dig to endelig tooling.
- Du has brug for brugerdefinerede jigs and fixtures to din produktionslinje — praecist tilpasset dit setup.
- Du arbejder with aggressive kemikalier and has brug for PETG-CF or PA6-CF frem for standard plastik.
Prototyper og produktudvikling
Den direkte vej from CAD file to fysisk del is 3D prints primaere fordel in product development — also kaldet rapid prototyping. At Maker Factory leverer vi FDM-prototypes typisk inden for 2–3 business days and SLA-prototypes inden for 3–4 business days. Det goer the muligt at iterere to gange om ugen in stedet for én gang om maaneden. Ifoelge Teknologisk Institut is hurtig prototypering the primaere driver for industrivirksomheders adoption of additivfremstilling.
Jigs, fixtures and produktionshjaelpemidler
Standardudstyr passer sjaeldent noejagtigt to a specifik produktionslinje. Jigs and fixtures (produktionshjaelpemidler) in PA6-CF or PC can printes to praecis din maskine — inklusive positioneringsdetaljer and grebszoner — on a broekdel of prisen for traditionelt freset metalvaerktoej. Et typisk monteringsjig koster 300–2.000 kr. at printe in PA6-CF mod 8.000–25.000 kr. in aluminium.
Reservedele til produktionsudstyr
Er a specialfremstillet plastdel to dit produktionsudstyr gaaet in stykker and leverandoeren melder lang lead time, is 3D print the hurtigste solution. Send os a tegning or the eksisterende del as reference — vi returnerer a quote inden 24 timer and has ofte a erstatningsdel klar on 2–3 business days. Til slidudsatte reservedele anbefaler vi PA6-CF or PC, der begge taaler gentagen mekanisk belastning.
- Du skal have et emne hurtigt uden at vente på forme eller lange leveringstider
- Dit oplag er under 200 styk og tooling-investering ikke kan betale sig
- Emnet er geometrisk komplekst og svært at fremstille med CNC
- Du vil teste og iterere designet inden endelig produktionsbeslutning
Vi printer jigs og produktionshjælpemidler til flere industrivirksomheder — heriblandt Faerch og Converdan. Den hyppigste situation vi møder er en produktionslinje der stopper, fordi én specialdel er gået i stykker og leverandøren melder op til 10 ugers leveringstid. I PA6-CF eller PC kan vi typisk have en erstatningsdel klar på 2–3 hverdage.
Har du et industrielt 3D-print-projekt? Send os din fil eller tegning — vi vender tilbage med tilbud inden for 24 timer.
Forespørg tilbud →Indehaver · Maker Factory, Varde · 3D-print siden 2013
CVR 38935836
Henrik har arbejdet med 3D-print siden 2013 og har siden grundlagt Maker Factory i Varde, der leverer FDM- og SLA-print til industri, udviklere og iværksættere i hele Danmark.
From startups to established companies - we create solutions that suit you
Our customers – Innovation in collaboration
FAQ — Ofte stillede spoergsmaal
Hvad kan 3D print bruges til i industriel produktion?
3D print bruges to prototypes, jigs, fixtures, reservedele and kortserier op to ~200 styk. Det is saerligt velegnet when geometrien is kompleks, antallet is lavt, or leveringstiden is kritisk — as supplement to CNC and injection molding.
Hvilke materialer er bedst til industrielt 3D print?
Til industrielle applikationer anbefaler vi PA6-CF (hoej stivhed, ~180°C), PC-FR (flammehemaemmende, ~110°C), PETG-CF (let and stift) and ASA (UV- and vejrbestaendigt). PLA is not egnet to industriel brug over 60°C. Vi raadgiver always om the rette material to dit specifikke project.
Hvad koster industrielt 3D print hos Maker Factory?
Prisen afhaenger of materialeforbrug, printtid and post-processing. Enkeltdele starter typisk from 150–400 kr. in technical materials. Send os din fil via forespoergselsformularen — vi vender tilbage with quote inden 24 timer.
Kan 3D-printede dele i PA6-CF erstatte metalkomponenter?
I many tilfaelde ja. PA6-CF has a stivhed and strength der naermer sig aluminium ved lavere vaegt and ingen korrosionsrisiko. Det fungerer godt to jigs, fixtures, beslag and konstruktionsdele der not is udsat for temperaturer over 180°C or direkte metalslid.
What is leveringstiden on industrielle 3D-printjobs?
Standardleveringstid is 2–5 business days afhaengigt of materialetype and emneantal. Vi producerer in Varde and leverer with GLS or fragtmand to hele Danmark. Hasteordrer is mulige — kontakt os for a konkret vurdering.
Let us help you choose the optimal 3D printing solution!
Get the Right 3D Printing Solution for Your Industry
At Maker Factory, we advise manufacturing companies, engineers and development departments in choosing the right 3D printing technology for everything from machine parts and production tools to technical prototypes and custom-made industrial components.
Let us help you choose the optimal solution for your industry!